
You will know what Antivirus Evasion Techniques is.What is the difference between modern antivirus circumvention technology and the past.Why should we learn Antivirus Evasion Techniques.What ideas should we have to better bypass anti-virus software.
Learn to use cobalt strike to create a windows executable.
Learn to use cobalt strike to create a PowerShell(stageless).
Learn to use cobalt strike to create a PowerShell(web script)
shellcode basic
Use msf and cobaltstrike to generate shellcode.
Write a minimal shellcode loader.
use virtualAlloc bypass dep
Explore how Windows heap space loads shellcode by allocating memory, copying the shellcode into the heap, and executing it within an application's lifecycle.
Explore how fiber switching can be used to load and execute shellcode, including allocating executable memory and starting execution at a designated address.
Explore how NtTestAlert, an unpublished Microsoft kernel function, detects non-empty queues, dispatches processing, and uses a bound callback after anti-test alert to trigger shellcode.
Explore how base64 encryption and decryption hide sensitive function names and shellcode, then decrypt and execute it to test evasion capabilities.
Examine why packaging with pyinstaller can trigger antivirus detection and how VirusTotal results reveal why normal executables may look suspicious in security analysis.
Learn to encrypt and decrypt shellcode with Python, load a subsystem dll, and perform process injection by declaring C types and function signatures to ensure compatibility.
Discover obfuscated code techniques by using a website to confuse Python code, as part of morden antivirus evasion techniques part i.
This is the first part of the course of anti-virus evasion technology. You must learn the basics, and you can go further. The basics here should not be just in my video, there are many more including, PE structure, windows features, windows reverse knowledge, assembly language, C programming features, and learning to use multiple programming languages for antivirus evasion. In the first part, I will talk about the basics of shellcode injection and simple encryption and decryption, which is one of the common methods of modern antivirus evasion technology. In the second part, I will introduce some basics about processes and threads in detail, dll hijacking, dll injection and dll hijacking. technology. There are many different technologies involved in antivirus evasion technology, so I will try my best to provide you with ideas, rather than specific codes. It is meaningless to learn only the code that can bypass antivirus software.
Antivirus evasion technology is a double-edged sword. If you use it to do evil things, I will not bear any legal responsibility. Technology has never been illegal. The key is to see what your purpose is. If it is to enhance your penetration skills, learn the principles of antivirus evasion techniques, I welcome you to my class.